Double Coated Glass Fabric Thermal Conductive Adhesive Tape

Product Description

Double coated glass fabric thermal conductive adhesive tape is made of an advanced thermal conductive pressure-sensitive adhesive with high adhesion. It provides a better way for applications that require good adhesion strength and superior thermal conductive efficiency. 

Double coated glass fabric thermal conductive adhesive tape suitable for a wide range of temperatures Can be used as applying to electronic mechanical components assembly, such as heatsink module and LED light bar module to provide a better heat transfer path between heat-generating source and heatsink or other cooling devices.

Features 

* Good thermal conductivity

* Flexibility, conformability, and excellent adhesion strength

* Wide working temperature range

* Various sizes available

* Stable properties and low cost

Construction

Why Choose Us? 

1. Here you will find the most competitive factory price which is almost equal to the actual cost.

2. We will make a strict time schedule for your order to 100% ensure timely delivery.

3. We can make the tape into the size or shapes as requested.

4. You will be kept updated on the production state during the whole production process.

5. Over 12 years of tape manufacturing.

6. Prompt reply within 12 hours.

7. Custom logo printing is accepted.

Xiamen China Heat Resistant Tape New Material Co., Ltd was set up in the beautiful city-Xiamen. is a professional-friendly electronic thermal interface material manufacturer. We produce many kinds of adhesive tapes including double-coated tape, glass fabric thermal conductive tape, etc. With a good quality product and nice price&service, The adhesive tapes from China Heat Resistant Tape are widely approved by customers all over the world. Customers are warmly welcome to visit us and set up a long-term partnership based on a win-win conception.

Hot Tags: double coated glass fabric thermal conductive adhesive tape suppliers China, manufacturers, factory, price, made in China,